Wet cleaning chemistry is a core component of Kreussler’s textile care portfolio. Developed more than two decades ago in collaboration with Miele, the process set a benchmark for professional garment care and remains a reference standard today.
The LANADOL system is specifically engineered to combine maximum textile safety with high-performance cleaning. It ensures reliable protection for delicate fibers and complex garment constructions while delivering excellent soil removal, color brilliance, and a fresh finish. At the same time, the process is designed for operational efficiency through reduced water, energy, and detergent consumption, shorter cycle times, and optimized maintenance requirements.
From a process perspective, wet cleaning supports measurable resource efficiency. Lower input volumes and minimized rewashing contribute to reduced overall consumption while maintaining consistent cleaning quality. This aligns with the increasing demand for cleaning methods that prioritize both performance and responsible resource use.
The LANADOL system is built as a coordinated multi-component approach:
• LANADOL AVANT is used for pre-spotting and pre-brushing of heavy soil such as collar marks, pigment dirt, and greasy residues. Its formulation combines cold-active enzymes with surfactants optimized for fat removal, ensuring effective treatment of food soils, body oils, and cosmetic residues.
• LANADOL AKTIV serves as the primary wet cleaning detergent. Its formulation is specifically designed to protect fibers and colors while using mild surfactant systems suitable for wool, silk, and other sensitive textiles.
• LANADOL APRET is applied in the finishing stage to support fiber protection during drying, improve handle, and facilitate garment finishing.
• LANADOL LICKER is used for leather and fur treatment in the finishing bath. It restores suppleness and enhances the depth and richness of color in wet-cleaned leather articles.
Together, these components form a controlled, fiber-sensitive process that delivers consistent results across a wide range of textile types while supporting efficient, predictable operations. 
